Abstract: A method of compensating pixel data for a display panel includes the steps of: receiving a first pixel data and a second pixel data respectively corresponding to two adjacent data lines of the display panel; generating a compensation pixel data by searching a lookup table based on the first pixel data and the second pixel data; and transmitting the compensation pixel data to one of the two adjacent data lines to be displayed on the display panel.

Abstract: A driver circuit is coupled to a dual cell panel having a first cell and a second cell superposed on each other. The driver circuit includes a second cell processor and a first cell processor. The second cell processor is configured to generate a gray scale data for the second cell. The first cell processor includes a pixel data compensation circuit and a white tracking compensation circuit. The pixel data compensation circuit is configured to compensate an image data for the first cell according to a brightness of the image data. The white tracking compensation circuit is configured to compensate the image data for the first cell according to a color temperature of the gray scale data.

Abstract: A display system includes a display device and a driver circuit. The display device has a first panel and a second panel, wherein the first panel and the second panel are disposed with a gap therebetween. The driver circuit is coupled to the display device and includes a protection circuit. The protection circuit, coupled to the second panel of the display device, is configured to generate a gray scale data to be outputted to a pixel among a plurality of pixels of the second panel according to a luminance corresponding to the pixel and according to whether a protection function is enabled.

Abstract: A method of compensating pixel data for a display panel includes the steps of: receiving a first pixel data and a second pixel data respectively corresponding to two adjacent data lines of the display panel; generating a compensation pixel data by searching a lookup table based on the first pixel data and the second pixel data; and transmitting the compensation pixel data to one of the two adjacent data lines to be displayed on the display panel.

Abstract: A transmission system receiving a first token packet and a second token packet is disclosed. The transmission system is coupled to a first peripheral device and a second peripheral device. The transmission system includes an upstream port to receive the first and the second token packets. A first transmission path occurs between the upstream port and the first peripheral device. A second transmission path occurs between the upstream port and the second peripheral device. The transmission system analyzes the first and the second token packets. The first token packet includes information corresponding to the first peripheral device. When the second token packet includes information corresponding to the first peripheral device, the transmission system disables the second transmission path.

Abstract: A transmission system receiving a first token packet and a second token packet is disclosed. The transmission system is coupled to a first peripheral device and a second peripheral device. The transmission system includes an upstream port to receive the first and the second token packets. A first transmission path occurs between the upstream port and the first peripheral device. A second transmission path occurs between the upstream port and the second peripheral device. The transmission system analyzes the first and the second token packets. The first token packet includes information corresponding to the first peripheral device. When the second token packet includes information corresponding to the first peripheral device, the transmission system disables the second transmission path.